The LYV-LS500 Brake Disc CNC Grinder is a high-performance, multifunctional turning center controlled by a CNC system, designed to meet the domestic market's demand for high-end CNC lathes. It features a dual-channel control system and a double-column structure, allowing the cutting tool and grinding head to move independently. This enables both rough and fine machining of brake disc surfaces, followed by direct grinding for increased efficiency. The high-rigidity spindle and three-jaw hydraulic chuck ensure precise positioning and efficient transmission. With a weight of eight and a half tons, the machine offers enhanced rigidity and can process products with diameters up to 500mm.

The LYV-LS500 Brake Disc CNC Grinder

The Brake Disc CNC Grinder is manufactured using advanced resin sand casting and box-type structure design, providing a high-rigidity machine body structure. The lathe exhibits excellent cutting capabilities and high precision due to its robust and sturdy material. The machine is equipped with heavy-duty linear rolling guides and ball screws from Taiwan, offering fast speeds and high processing accuracy. The spindle has excellent rigidity, high rotation accuracy, and uses grease lubrication, ensuring a long service life, low temperature rise, good precision retention, and easy maintenance.

The Brake Disc CNC Grinder is equipped with an imported high-rigidity eight-position hydraulic tool holder, offering high reliability, fast tool change, and precise positioning. The centralized machine control panel makes operation more convenient and efficient. The machine's internal protective folding cover adopts a U-shaped structure, preventing chips and liquids from entering and extending the service life of functional components. The internal protection design ensures balanced operation and effective bearing life extension.

The LYV-LS500 Brake Disc CNC Grinder is suitable for long-term, high-load precision cutting of disc and gear components in industries such as mechanical manufacturing, automobiles, and motors. It can be used for small and medium batch processing as well as integrated into automated production lines for large-scale manufacturing. The machine is designed for simultaneous grinding of the upper and lower parallel surfaces of various disc components, effectively improving workpiece loading and unloading efficiency while significantly reducing operator workload.